PowerBase PLAY80
PowerBase PLAY80 is the first single-layer shock pad engineered to pass impact testing at 10–12 foot critical fall heights, designed for the tallest playground equipment, without the complexity of layering multiple pads.
What is PowerBase PLAY80?
Playgrounds give children the freedom to climb higher, explore, and build confidence. With that freedom comes a responsibility to consider the landing beneath them.
As equipment grows taller, the surface below must provide impact protection appropriate to its fall height. Brock engineered PowerBase PLAY80 to address that need in a single layer. At 80 mm thick, PLAY80 builds on the PLAY50 design with enhanced drainage and impact absorption. When paired with compatible artificial turf systems, it has passed impact testing at 10–12-foot critical fall heights, helping designers meet demanding fall-height requirements without stacking multiple pads.
Because every adventure above the ground deserves thoughtful protection below it.
Why PLAY80?
Built for the tallest equipment. Most playground shock pad solutions require stacking multiple pads to achieve protection at 10–12 foot fall heights, adding complexity, cost, and installation time. PowerBase PLAY80 was engineered specifically to eliminate that problem: one pad, one installation, maximum protection. It’s the right choice for any facility with climbing structures, tall slides, or equipment.
The same trusted engineering, scaled up. PLAY80 is built on the same proven design principles as PLAY50, 100% molded EPP, sawtooth edge interlocking, high-volume drainage, and Cradle to Cradle Certification, just scaled to handle the greater fall heights that today’s playground equipment demands. No intentionally added PFAS, no microplastics, no compromise on environmental standards.
Simpler than the alternative. Before PLAY80, meeting 12-foot critical fall heights on artificial turf meant layering pads, managing complex transitions, and adding installation time. PLAY80 makes it a single-step installation, compatible with Brock Transition Wedges for smooth ADA-compliant transitions to PLAY50 or PowerBase YSR on the same site.
Key Features
Top view features:
Overlapping design ensures a uniform surface under the turf
Uniform surface eliminates inconsistencies underfoot
Mechanical indexing molded into each panel for fast, accurate installation
Millions of drain holes for rapid water evacuation
Bottom view features:
Millions of cushioning hexagons absorb impact energy
Deep drain channels for fast water evacuation
Panel indexing makes installation straightforward
Graded hexagons keep the surface stiff for play while improving Critical Fall Height
The Playground System Shock Pads
Head Impact Test
Head Injury Criterion (HIC)
The HIC test correlates with the likelihood and severity of a head injury. It has been used for decades in the auto industry and for playground surfaces, and was adopted by ASTM for athletic fields in 2018. The HIC impact test drops a 10.1 lb. hemisphere projectile (curved like a human head) multiple times from increasing heights and determines the surface’s Critical Fall Height. The higher the Critical Fall Height, the safer the surface. A good natural turf field will produce a minimum critical fall height of about 6 feet or higher.
Frequently Asked Questions
Transition Wedge
Playground and landscape installations often combine surfaces at different base heights and pad thicknesses, and the Brock Transition Wedge handles that change cleanly without complex onsite modification. Each triangular wedge is 48 inches wide with a 1:13.7 slope — gentler than the 1:12 maximum ADA requires for ramps — and moves between any of Brock’s playground pads, most often stepping a PLAY80 installation down to PLAY50 in adjacent areas where equipment heights are lower, or down to PowerBase YSR at the perimeter. Because the wedges eliminate cutting and shimming on site, crews save time during installation, and a pallet bundles directly with your pad order so there’s no separate freight charge.
Planning a playground project?
Talk to a specialist about critical fall height requirements and system selection.



